IPEC Blog

The importance of optimizing your flow meter system for precise, accurate dosing cannot be overstated. Not only can poor performing water meters increase your operating costs via maintenance intervals or downtime in production, but they can also hamper your ability to produce a quality product — in the concrete manufacturing industry, the performance of your flow meter can affect the appearance, quality, and durability of the concrete you produce.

The ability to engineer process efficiency for oil & gas producers at each stage of the production sequence is key, especially given a host of market forces such as labor shortages, supply chain disruptions, and increasing material costs.

No matter the industry, no matter the application, sustainability has become more than a trend in recent years — in fact, it’s actually emerged as a top priority for manufacturers across North America as more than 90% of those surveyed issue an annual sustainability report.

Regardless of whether you’re an upstream, midstream, or downstream producer in the oil & gas industry, there is much to learn and understand about the right industrial pump to help you overcome unique challenges and achieve efficiency, sustainability, and productivity goals.

The demands of modern manufacturing means plant operators need equipment that maximizes uptime, especially in today’s industrial environment where production takes place on a 24/7, 365 basis. While choosing industrial pumps and compressors that are designed for long-term, continuous use helps optimize productivity, it’s also important to understand the value of regular maintenance checks, on-site equipment inspections, and real-time troubleshooting.

For today’s plant engineers, selecting the ideal industrial compressor for your application or challenges comes down to a handful of important variables. Some of these considerations,   particularly for plant engineers in industries like oil & gas or chemical and petrochemical, include: 

A quality foundation is critical to the stability of any structure, whether it’s a house, office building, or skyscraper.

Today’s oil & gas industry has a very distinct set of challenges plant operators and engineers must overcome. And these hurdles are only amplified by the specific nature of the three distinct streams in oil & gas production: upstream, midstream, and downstream.

The ability to optimize fluid management in several major industrial landscapes is based on pump systems that are engineered to be corrosive resistant. The two most common types of industrial pumps that can combat the use of highly corrosive fluids are fiberglass reinforced polymer (FRP) pumps and metallic pumps.

When it comes to API pump applications, the most common challenge is identifying the most reliable and efficient way to pump liquid while also preventing the escape of harmful fluid or gas. Leakage of this kind can not only reduce the efficiency of the entire pump system, but also increase operational costs and pose danger to both the operator and the equipment. This is especially critical when pumping corrosive or volatile solutions.